52 results about "Oil–water separator" patented technology

Disclosed are an integrated device for multiphase extraction and tail gas and wastewater treatment and a control method therefor. The integrated device comprises at least one set of small multiphase extraction units connected to an extraction well, a reagent tank storing a solubilizing agent and an oxidizing agent, a resin adsorption tower, an oil-water separator, a photocatalytic reactor, an oil storage tank, a heating system for heating the reagent tank and the oil-water separator and providing high-temperature steam for the resin adsorption tower, and a controller, wherein the reagent tank is separately connected to the extraction well and the photocatalytic reactor. Each multiphase extraction unit comprises a gas-liquid separator, a water ring vacuum pump, and a jet pump, wherein an extracted gas-liquid mixture undergoes gas-liquid separation by means of the gas-liquid separator, a waste gas is conveyed to the resin adsorption tower by means of the water ring vacuum pump, waste liquid and an extracted oil-water mixture are respectively conveyed to the oil-water separator by means of the jet pump, wastewater is conveyed to the photocatalytic reactor, and waste oil is conveyed to the oil storage tank. The present invention effectively ensures the stability and high efficiency of removal while realizing miniaturization.

The utility model discloses a powder spraying device capable of uniformly spraying powder, which comprises a bearing plate, a supporting box body is fixedly arranged above the bearing plate through a bolt fastener, a control box body is stably and fixedly arranged at the top of the supporting box body, an oil-water separator is arranged on one side of the supporting box body, and a water outlet is formed in the other side of the supporting box body. A main air inlet seat is specially arranged on the rear side of the control box body, an air inlet pipe is connected to the upper portion of the main air inlet seat, a vulcanizing powder barrel device is further placed on the upper portion of the bearing plate, a powder suction rod stretches into the vulcanizing powder barrel device to suck powder, the powder is conveyed to a spray gun through a wheel cylinder body and a powder conveying pipe, it is guaranteed that the powder is conveyed stably and continuously, and a foundation is laid for uniform powder spraying. The fluidizer enables powder to uniformly enter a gun and avoid caking, the adjusting static knob on the box body is controlled to accurately adjust static parameters, the powder is uniformly attached to a workpiece, the atomization adjusting valve accurately adjusts atomization parameters, the powder is atomized well and diffused uniformly, uniform distribution in the whole powder spraying process is achieved, and the powder spraying quality is improved.

The present application relates to the technical field of oily sewage treatment, in particular to an oil-water separation tank for oily sewage, comprising a tank body and an oil-water separator arranged in the tank body. The tank body is sequentially provided with an inlet groove, a distribution groove, an overflow groove and a water storage groove along the water flow direction, and the oil-water separator is arranged between the inlet groove and the distribution groove and is internally formed by a plurality of partition plates to form a continuous flow channel. The oil-water separator sequentially comprises a horizontal separation section, a twist conversion section and a vertical stratification section, and the partition plates are arranged in a horizontal, inclined or vertical state according to the structure requirements in different sections, so as to guide the oil droplets to gradually gather, float up and realize effective oil-water separation. The present application has compact structure, improves the separation efficiency by using the geometric design of the flow channel, and improves the liquid flow direction to improve the liquid flow rate in the flow channel. It is suitable for the pretreatment or reuse system of oily wastewater in the fields of industry and environmental protection.

The application discloses a kind of calcined coal gangue composite clinker low-carbon preparation system and preparation method based on cement production line, including cooling machine, vertical cylinder preheater, cyclone separator, prehydroxyl removal device, condenser and oil-water separator;The application proposes to use prehydroxyl removal device, combined with cooling machine to prepare composite clinker by calcining coal gangue, and the removed water does not enter the cement kiln firing system, and the prehydroxyl removal high-temperature coal gangue is calcined and activated in the cooling machine, the method is simple, has little effect on the cement kiln firing system, and the prepared calcined coal gangue active material has good quality and low cost, the coal gangue disposal amount is large, the heat value utilization rate is high, can reduce the energy consumption and carbon emission of cement industry, and has good economic benefit and social benefit.

The utility model discloses a small -size mining rock drilling jumbo rear suspension, including rear suspension bottom plate, both sides of rear suspension bottom plate all are fixedly installed with rear suspension side plate, and the rear suspension tailboard is fixed between two rear suspension side plates, and rear suspension tailboard is located rear suspension bottom plate upside tail part, rear suspension tailboard side face upper portion fixedly installed with reel fixed base, reel fixed base side fixedly installed with oil -water separator mounting plate. Small -size mining rock drilling jumbo rear suspension, adopts welding mode and concentrates the spare part on rock drilling jumbo together, and the collective overhaul of staff is convenient, improves the overhaul efficiency, and can effectively reduce the volume of rear suspension after the concentration of spare part, and the rock drilling jumbo of equipping this rear suspension is convenient in the mine roadway and moves operation, reduces the harm and loss caused by collision.

The present invention provides a maintenance method and apparatus for separation tanks, electronic equipment, and a storage medium that can reduce the consumption of lubricating oil and lower costs. [Solution] The maintenance of the separation tank includes injecting new lubricating oil into the separation tank based on a predetermined oil injection valve, discharging the emulsified lubricating oil in the sealed chamber of the sealed oil vacuum pump into the separation tank based on a predetermined oil discharge valve, mixing the new lubricating oil with the emulsified lubricating oil, and injecting clean lubricating oil into the oil-water separator to a predetermined liquid level. By discharging the emulsified lubricating oil into the separation tank and adding new lubricating oil, the two are mixed, then oil-water separation is performed, thereby realizing the recycling and reuse of the lubricating oil.

The application discloses a multistage oil-water separator applied to the field of petroleum, and belongs to the technical field of petroleum processing. The roller in the coarse filter assembly can rotate and coarsely filter oil-water through coarse filter holes, and the flowability of oil-water in the oil-water separation tank is improved. Large-particle impurities in the oil-water are located inside the roller, the fine filter holes on the filter cylinder can perform secondary fine filtering on the oil-water, so that the fine-particle impurities in the oil-water can be separated, the small-particle impurities are located between the roller and the filter cylinder, the multistage separation of oil-water is realized, the filtering effect is improved, the oil dirt and impurities are scattered by the screw conveying blade one in the roller and the screw conveying blade two in the filter cylinder, the separation effect is further improved, the separation time is greatly shortened, the separated oil floats on the upper layer of water, and the part of the oil left after the water is discharged from the oil-water separation tank is the oil, so that the oil can be collected and treated subsequently.

1. Name of the product in this design: Oil-water separator (11). 2. Purpose of this design: for the separation of oil and water. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1.

The utility model discloses a surface derusting sand blasting machine belongs to sand blasting machine technical field. This kind of surface derusting sand blasting machine, including main part and adjusting mechanism, main part includes sand blasting machine body, and the bottom of sand blasting machine body is equipped with bunker, and the top of sand blasting machine body is fixedly installed with oil -water separator, adjusting mechanism includes mounting bracket and sand blasting gun, and the inside connection of mounting bracket one side and sand blasting machine body, and the upper and lower both ends of mounting bracket all are fixedly installed with slide rod, and all slide installation has the moving block on slide rod, and a pair of moving block between fixed mounting has the adjusting frame, and the both sides of one end of sand blasting gun all are installed with the pivot, and a pair of pivot respectively with the inside both sides rotation connection of adjusting frame, and the output end and input all of sand blasting gun are equipped with spring wire hose, and the other end of a pair of spring wire hose respectively with oil -water separator and bunker are connected, the utility model discloses can effectively improve the practicality of sand blasting machine, has higher practical value.

This utility model discloses a dual-output air source device for instrument air and nitrogen generation, relating to the field of compressor maintenance technology. It includes a dual-unit air compressor, an oil-water separator, an adsorption dryer, a filtration system, a nitrogen generator, an instrument air storage tank, and a nitrogen storage tank. The dual-unit air compressor includes a first screw air compressor and a second screw air compressor. The inlet of the oil-water separator is connected to the outlet of the dual-unit air compressor, and the inlet of the adsorption dryer is connected to the outlet of the oil-water separator. The filtration system includes a first filter, a second filter, a third filter, and a fourth filter. The first and second filters are located at the inlet end of the adsorption dryer. This dual-output air source device can output clean, dry air and high-purity (99.98%) nitrogen, meeting the gas requirements of different equipment. The lifespan of the filter element (a vulnerable part) inside the adsorption dryer is greatly increased, reducing maintenance costs.

The application provides a device and a method for reducing water content in a polymer polyol recovery solvent, the device comprising at least two rectifying towers and at least one oil-water separator; the rectifying towers are connected in series; a condenser is arranged at a discharge port of a top of the rectifying tower, a flow after condensation of the condenser is partially refluxed and partially sent to a next rectifying tower or the oil-water separator; the oil-water separator refluxes separated water-lean materials and discharges separated water-rich materials; and materials discharged from a tank of the rectifying tower are used as the recovery solvent. The device provided by the application not only realizes removal of water in the recovery solvent, but also maximizes recovery of the recovery solvent, reduces cost, and avoids waste of resources.

This invention provides a rose essential oil, a composition, and rose essential oil gummies, belonging to the field of immune-enhancing technology. The rose essential oil composition includes rose essential oil and excipients. The preparation method of the rose essential oil includes the following steps: adding rose petals and water to a distillation kettle, preheating with steam, and performing vacuum distillation after reaching a predetermined temperature, while maintaining the temperature of the oil-water separator to obtain rose essential oil. This invention provides a rose essential oil composition that realizes the purpose of developing application scenarios for roses and adding novel immune-enhancing compositions.

The present invention provides an organic compound manufacturing apparatus that has a high effective current density and can carry out electrochemical reactions more efficiently. [Solution] An organic compound manufacturing apparatus comprising: an electrolytic cell having an anode section 4, a cathode section 5, and a solid polymer electrolyte membrane 3 disposed between the anode section 4 and the cathode section 5; an anode tank 6 for supplying anode solution to the anode section 4; a cathode tank 7 for supplying cathode solution to the cathode section 5; and an oil-water separator 12 for separating an oil-water mixture containing water derived from the anode solution mixed into the cathode section 5 side through the solid polymer electrolyte membrane 3, reaction raw materials for the cathode solution, and organic compounds produced on the cathode section 5 side into an oil layer and an water layer, wherein the oil-water separator 12 is disposed (i) between supplying cathode solution from the cathode tank 7 to the cathode section 5, or (ii) between returning cathode solution from the cathode section 5 to the cathode tank 7.

This invention discloses a flash deodorization method for lanolin, belonging to the field of lanolin refining technology. The method includes: S101: dissolving crude lanolin in 4-6 times its volume of anhydrous hot ethanol, then sending it to the upper part of a vacuum flash evaporator and spraying it downwards; S102: introducing hot nitrogen gas at a temperature of 95-105℃ into the lower part of the vacuum flash evaporator, with the nitrogen gas in countercurrent contact with the crude lanolin spray solution; S103: after circulating and spraying the crude lanolin in the vacuum flash evaporator for a certain period, sending it to a first oil-water separator for cooling, separating the ethanol to obtain lanolin. The exhaust gas from the vacuum flash evaporator is sequentially sent to a power wave tower, a condenser, a gas-liquid separator, and a vacuum device; anhydrous ethanol is circulated and sprayed in the power wave tower, with the spray solution temperature at 45-50℃. This patented method can deodorize lanolin to odorless levels and also has the advantages of significantly reducing color and achieving a high yield.

This utility model discloses an oily sludge recycling and treatment device, including a heating furnace heated by a burner structure. The upper end of the heating furnace is connected to a water washing tower via a first pipe. The water washing tower is connected to a post-treatment structure. An oil-water separator is connected below the water washing tower, and a heat exchange box is located below the oil-water separator. The heat exchange box has a jacket on its outer wall, and the oil-water separator is connected to the jacket. There are two sets of heat exchange boxes, with the jackets of the two heat exchange boxes used to hold the aqueous phase and the oil phase, respectively. An outlet is located below the jacket. The burner structure is connected to a desulfurization tower, and a spray structure is installed inside the desulfurization tower. The spray structure is connected to a slurry tank, and the heat exchange box is also connected to the slurry tank. This utility model improves the recycling and treatment effect of oily sludge by washing the oil and water in the pyrolysis oil and gas and then recovering the waste oil. On the other hand, the heat exchange between the washed oil and water and the desulfurization slurry accelerates the cooling rate of the oil and water, improving its recycling efficiency.

The application discloses a multifunctional resin polymerization pilot plant, and relates to the technical field of test devices, which comprises a rack, a temperature control machine, a main reaction kettle, a filler column, a first vertical condenser, a horizontal condenser, an oil-water separator and a buffer tank which are arranged on the rack, the temperature control machine is connected with the main reaction kettle through a first pipeline, the main reaction kettle is connected with the filler column through a second pipeline, a first reflux pipe is arranged between the second pipeline and a third pipeline, a second reflux pipe is arranged between the oil-water separator and the main reaction kettle, and a first valve is connected with the main reaction kettle through a third reflux pipe. The pilot plant can form multiple different test circuits by utilizing multiple reflux pipes, so that the pilot plant can test multiple different materials, and the applicability of the pilot plant is improved.

The present application relates to kitchen waste processing technical field, specifically to a kind of intelligent kitchen oil-water separator, kitchen oil-water separator includes: main body, the side of main body is equipped with water inlet and water outlet, and water inlet and water outlet are distributed in the upper and lower sides of main body, the upper surface of main body is equipped with feeding port, the side of main body away from water inlet is fixedly connected with slag outlet, the present application is linked by vibration mechanism and drive transmission mechanism, by stirring blade impact paddle, make impact plate periodic impact slope board produce high-frequency vibration, effectively dredge the blockage of water pipe and waste discharge opening, guarantee multiple separation mechanism smooth operation, reduce manual dredging frequency, improve equipment automation degree and operating stability, and because drive transmission mechanism is two kinds of mode, one according to oil content too large, another according to oil content too small, and oil content too large will frequently impact times to slope board, and oil content too small will too small impact times to slope board.

The utility model relates to a new type of traditional chinese medicine quick set oil water separator belongs to oil water separator technical field, including oil water separator A and oil water separator B, and oil water separator A is equipped with inlet pipe A and backwater pipe A, and oil water separator B is equipped with inlet pipe B and backwater pipe B, oil water separator A and oil water separator B all are linked with outlet pipe, and the outlet pipe passes through tee and is linked with liquid level control pipeline and extraction tank respectively, oil water mixture carries out oil water separation in oil water separator A, and volatile oil deposits in the bottom of oil water separator A, and condensed water floats on the upper layer of volatile oil, and then enters oil water separator B through backwater pipe A, carries out secondary separation in oil water separator B, after separating, condensed water is backflowed to the extraction tank through the outlet pipe, and then volatile oil is discharged and collected, the utility model improves the separation speed of volatile oil, improves the collection efficiency and collection amount of volatile oil.

This utility model relates to an oil removal device for preparing regenerated slices. The oil removal device includes a conveying device, an oil removal tank, an oil-water separator, a circulating solution storage tank, a water storage tank, and spray pipes. The conveying device includes a lifting support, which moves up and down to move the oil removal basket into or out of the oil removal tank. The oil removal solution is conveyed to the oil-water separator via a drain valve and a conveying pipe. After filtration by the oil-water separator, the oil removal solution is conveyed to the circulating solution storage tank via a conveying pipe. The spray pipes include a circulating solution spray pipe and a water spray pipe. The circulating solution storage tank is connected to the circulating solution spray pipe via a conveying pipe, and the water storage tank is connected to the water spray pipe via a conveying pipe. This utility model has a simple structure and is easy to operate. It significantly improves oil removal efficiency by combining ultrasonic waves with heating for oil removal, and the circulating filtration system reduces the waste of water resources and oil removal agents.

The utility model belongs to wastewater treatment device technical field. Oil -water separation device, its characterized by, include: box body, including oil separation tank, water storage tank, oil tank, the oil separation tank is arranged the baffle in, the baffle will the oil separation tank is divided into a plurality of oil separation area, first the oil separation area is set up and goes into the liquid component, the first liquid component is set up between adjacent the oil separation area, is used for connecting adjacent oil separation area and transports waste water, the water storage tank with the second oil separation area between the tail is set up second liquid component, is used for connecting the water storage tank with the second oil separation area and transports waste water, the oil tank with the second oil separation area between the tail is set up and discharges the component. The utility model is used to solve in the existing oil -water separator waste water flow path is relatively short, and the oil drop in waste water and water separation efficiency low technical problem.

This utility model discloses an oil-water separation device for a waste oil sludge recycling production line, comprising a base plate, with support columns fixedly connected to all four sides of the top of the base plate, a top plate fixedly connected to the top of the support columns, an oil-water separator fixedly connected to the bottom of the top plate, a motor fixedly mounted to the middle of the top of the top plate by bolts, a gear fixedly connected to the output end of the motor, a toothed plate meshing with the surface of the gear, a movable plate fixedly connected to the outer side of the toothed plate, and a first pulley drivingly connected to the top of the gear. This utility model forms a circulating heating separation system through the oil-water separator at the bottom of the top plate and a constant temperature chamber. The motor drives the spiral stirring blades and stirring rod to perform double stirring of the waste oil sludge, accelerating the oil-water separation in the sludge; the constant temperature chamber maintains the temperature required for separation, reducing oil viscosity and improving separation efficiency, enabling efficient separation and recovery of oil and water in the waste oil sludge.

The application discloses a kind of multiphase extraction and tail gas wastewater treatment integration device and its control method, including at least one set of small multiphase extraction unit connected with extraction well, the reagent tank that is stored with solubilizing agent and oxidizing agent, resin adsorption tower, oil-water separator, photocatalytic reactor, oil storage tank, heating system for heating reagent tank and oil-water separator and provide high-temperature steam for resin adsorption tower and controller, wherein reagent tank is connected with extraction well and photocatalytic reactor respectively, the multiphase extraction unit includes gas-liquid separator, water ring vacuum pump and jet pump, wherein the gas-liquid mixture extracted is carried out gas-liquid separation by gas-liquid separator, waste gas is transported to resin adsorption tower by water ring vacuum pump, waste liquid and the oil-water mixture extracted are transported to oil-water separator by jet pump respectively, waste water is transported to photocatalytic reactor, and waste oil is transported to oil storage tank.The application effectively guarantees the stability and high efficiency of removal efficiency while realizing miniaturization.

According to the present invention, a pyrolysis housing comprising a pyrolysis tank that provides a space in which a polymer compound is introduced and the polymer compound is pyrolyzed by high heat and steam, and a protective tank that surrounds the outside of the pyrolysis tank; a heating means that supplies high-temperature heat to the space between the pyrolysis tank and the protective tank so that the polymer compound introduced into the pyrolysis tank is pyrolyzed; a steam generating means that causes water particles to be sprayed into the pyrolysis tank so that the water particles are steamed by high-temperature heat, thereby transferring heat to the surface of the polymer compound and causing cracks to occur; an oil-water separator that allows the pyrolysis gas generated during the pyrolysis of the polymer compound from the pyrolysis tank to flow in and removes residual chlorine from the pyrolysis gas; and a liquefaction means that is installed and configured in a pyrolysis gas transfer pipe connected between the pyrolysis tank and the oil-water separator to liquefy the pyrolysis gas. A waste pyrolysis liquefaction device is provided, comprising a bubble crushing means configured inside an oil-water separator and crushing bubbles generated during the reaction between the pyrolysis gas flowing into the oil-water separator and the reaction water, so that the bubbles are dispersed into the reaction space.

1. Name of the product in this design: Oil-water separator (19). 2. Purpose of this design: for the separation of oil and water. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1.

The present invention provides a cap cooler for a steel plant using high-temperature R515B refrigerant, comprising a cabin with an evaporator located on the upper part of a ceiling crane in a steel plant and an outdoor unit with a condenser located thereon; wherein the refrigerant of the refrigerant system formed by the evaporator and condenser is R515B; wherein the discharge refrigerant of the compressor forming the refrigerant system passes through an oil separator, passes through the condenser of the outdoor unit, passes through a receiver, passes through a filter dryer, passes through a sight glass, and a portion of the liquid refrigerant is branched, passes through a solenoid valve and an injection to spray the liquid refrigerant, thereby cooling the motor inside the compressor, converting it into a gaseous refrigerant, and then being drawn back into the compressor; and the remaining refrigerant is supplied to an electronic expansion valve, converting it into a low-temperature, low-pressure refrigerant, passing through the evaporator inside the cabin, thereby creating a comfortable air environment for the worker. This is because the evaporation temperatures of R22 and R410a, which are widely used as air conditioner refrigerants, are not suitable for the ambient conditions where the air temperature of a steel plant is approximately 100°C, but since the present invention uses the refrigerant R515B, which has a relatively high condensation temperature, it has a favorable effect on the air environment of the cabin room of a steel plant. In addition, by adopting R515B refrigerant and adding an injection function to address the problem of subcooling on the evaporator outlet side that may occur, the liquid refrigerant in the compressor suction side is converted into gaseous refrigerant, thereby increasing the efficiency of the refrigerant cycle. In addition, to solve the problem where the efficiency of the refrigerant cycle is reduced and the evaporation and condensation temperatures of the refrigerant cycle become unstable due to excessive air temperature conditions inside the steel mill, an electronic expansion valve is connected to the control unit to stabilize the unstable evaporation and condensation temperatures, and the operation is controlled to correspond to preset evaporation and condensation temperatures.

The application provides a rose essential oil, a composition and application, and belongs to the technical field of hepatocyte repair, and comprises the following steps: putting rose flowers and water into a distillation kettle, preheating by steam, performing vacuum distillation after reaching a predetermined temperature, and maintaining the temperature of an oil-water separator to obtain rose essential oil; a rose essential oil composition comprises the rose essential oil, and the rose essential oil accounts for 2-7% of the mass of the composition. The application also provides a rose essential oil for preparing a liver medicine, and the rose essential oil is used for repairing hepatocyte damage. The application realizes the development of natural medicine for the application of hepatocyte repair.

The present invention relates to a water separator (100) for separating water from a fluid flow, particularly from a gas flow in a fuel cell system, comprising at least a first separation stage (10) having a first flow area (18) connected to a fluid conduit (17). A crude water separator (20) is located within the fluid conduit (17). A separation area (22) is connected to a water outlet (24). The water separator (100) comprises at least a second separation stage (30) having a second flow area (38), the second separation stage (30) being located downstream of the first separation stage (10). In this context, the second flow area (38) includes at least one separation element (50, 60) exposed to the approaching fluid flow.

This invention discloses a modular composite material oil collection hood, a multi-scenario oil spill recovery system based thereon, and a method thereof. The oil collection hood comprises a hood body, detachable multi-stage telescopic mechanical outriggers, and replaceable end pads. The hood adopts a modular assembly design. Its top plate has chemical injection pipeline interfaces and heating pipeline interfaces, which are respectively connected to a chemical delivery control system and a shipboard control system. An electric submersible pump quick-connect interface matches the electric submersible pump assembly. Its outlet, via a gooseneck guide pipe and a bend limiter assembly, is sequentially connected to a water inlet bridging device, a cable tensioner, a winch, a three-stage oil-water separator, and a sludge / sewage storage tank assembly through a pressure-resistant hose. This invention utilizes a modular oil collection hood for rapid deployment, and uses a hoisting frame and underwater robot to control wave and current displacement, ensuring stable suction. The outriggers offer multi-stage adjustable lengths or can be suspended to collect spilled oil, adapting to different oil spill scenarios. Combined with three-stage dynamic separation technology, it improves oil-water treatment efficiency.